Femi Olugbon

Name: Femi Olugbon

Profile: Electrical Engineer

Email: olugbonfemi@gmail.com

Phone: (603) 617-5967

LinkedIn:

GitHub:

Twitter:

Competencies

Hardware Design
Embedded System Design
Wireless Low-Power Systems
Schematic Layout
PCB Layout and Assembly
Signal Integrity Analysis
EMI/EMC Analysis
Controlled Impedance Routing
Hardware Troubleshooting

Embedded Systems Design
Power Electronics
Digital Circuit Design
Analog Circuit Design
Mix-Signal Circuit Design
Design of Experiments
Hardware/Software Debugging
Android App Development
3D Modeling and Simulation

Skills

Languages: C, C++, Python, Java, MATLAB, Verilog, Assembly (ARM LEGv8)

Protocols: CAN, UART, SPI, I2C, CSI, GPIO, Ethernet, RS232, RS485, SAI, I2S, MODBUS, Wi-Fi, BLE, UDP, TCP, Bluetooth LE, ESPNOW, FreeRTOS,

CAD Tools: Altium Designer, KiCad, SolidWorks, Unity Game Engine

Lab Tools: Digital Oscilloscope, Vector Network Analyzer, Logic Analyzer, SMD/BGA Soldering

Development Tools: IAR Workbench, Visual Studio, Xilinx Vivado, STM32 CubeMX, Android Studio

Soft Skills: Team Collaboration, Troubleshooting, Complex Problem Solving

Others: 3D Model Drafting, 3D Printing, Microsoft Office Suite

About me

I am Femi Olugbon, an Electrical and Computer Engineer passionate about developing innovative solutions at the intersection of technology and healthcare.

Background

Bachelor of Science degree in Electronic and Electrical Engineering
Master of Science degree in Electrical and Computer Engineering
Expertise in product design, hardware design, embedded systems, and wireless wearable solutions for healthcare diagnostics

Key Projects

Designed advanced circuit boards and embedded firmware
Developed full-scale electronic systems and wearable sensing devices
Created comprehensive wearable sensing and acquisition systems for gait analysis and occupational safety
Enabled real-time monitoring of risk factors associated with work-related musculoskeletal disorders

Impact

My work in wearable gait analysis and motion tracking has advanced real-time healthcare diagnostics and rehabilitation capabilities, showcasing my leadership and innovation skills.

Current Focus

Exploring opportunities in hardware design engineering and medical technologies job roles.

Beyond Work

Engage with the community through teaching and knowledge sharing.
Inspire the next generation of engineers.
Fascinated by technology's transformative power and its future possibilities.
Contribute to open-source libraries for embedded devices.

I'm always eager to connect with like-minded individuals. Feel free to explore my portfolio and reach out if you'd like to collaborate or learn more about my work!

Resume

Summary

Femi Olugbon

Innovative Electrical Engineer with 4+ years of expertise in designing hardware systems and embedded solutions with a proven track record in developing wearable sensing and acquisition systems for healthcare diagnostics from concept to deployment. Skilled in circuit design, firmware development, and real-time monitoring technologies.

Durham, NH
(603) 617-5967
olugbonfemi@gmail.com

Education

Master of Science in Electrical and Computer Engineering

2021 - 2024

University of New Hampshire, Durham, NH

GPA: 4.0

Thesis: Hardware and Software Optimization of Smart Insole Systems for Gait Analysis.

Bachelor of Science in Electronic and Electrical Engineering

2015 - 2020

Obafemi Awolowo University, Ife, Nigeria

GPA: 3.88

Thesis: A Mobile Percussograph for Medical Examination of the Torso.

Work Experience

Research Assistant

2022 - 2024

Wearable Sensing & Control Systems Lab, Durham, NH

Spearheaded innovative research in wearable system design, resulting in two pending patents for novel designs and algorithms in load estimation and workplace hazard detection.
Realized a 20% reduction in weight by designing ankle prosthetic motor units with enhanced durability and functionality using SolidWorks.
Reduced EMI by 25% and improved EMC performance for insole wireless data acquisition system by redesigning the PCB with a four-layer stack.
Enabled real-time joint trajectory tracking of a 21-segment human avatar in the Unity game engine by developing data processing pipelines via Android integration.
Implemented a dual-receiver architecture for the multi-sensor motion capture system, ensuring 0% data loss for up to 21 connected sensor nodes in real time.
Managed an Android app and software stack for real-time gait data processing and visualization, facilitating comprehensive analysis of gait patterns and abnormalities.

Teaching Assistant

2017 - 2018

Department of Electrical and Computer Engineering, UNH, Durham, NH

Improved student performance in digital system design by 25% through project-based FPGA instructional design.
Attained 82% satisfaction rate teaching circuit analysis and linear systems to 135 students.
Led computer organization recitations for 27 students, covering computer architecture and assembly programming.
Enhanced student's FPGA development understanding via hands-on Verilog StopWatch project on Xilinx Artix7 FPGA.

Medical Devices Intern

2019 - 2020

Bio-Signal Processing, Instrumentation and Control Lab, Ife, Nigeria

Slashed energy losses by 20% by designing a bi-directional power supply solution by reducing voltage spread.
Reduced medical diagnosis cost of pneumothorax by 95% by innovating a portable medical percussion device.
Improved upper limb functions of persons with upper limb amputation by designing cable-driven hand prosthesis devices.

Volunteering Experience

Project Lead

2022 - 2024

Dinah Whipple STEAM Academy, Durham, NH

Increased underrepresented students' interest in STEM by 85% through tailored IoT and mobile health project curriculum.
Enhanced STEM engagement via hands-on EMG-based home automation project for improved accessibility.
Developed MQTT client-side logic on ESP32 SoC, enabling real-time IoT communication for student projects.